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Composite lining with metal wire screen in nanometer structure and its production process

A metal wire mesh and composite lining technology, which is applied in the direction of metal layered products, layered products, chemical instruments and methods, etc., can solve the problem that the composite lining does not have large-scale industrialization and batch application, and the surface spraying process has a thin composite thickness. , complex double-liquid casting process, etc., to achieve the effect of high yield, high production efficiency and high water resistance

Inactive Publication Date: 2009-01-28
XI'AN UNIVERSITY OF ARCHITECTURE AND TECHNOLOGY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Its disadvantages are: the two-liquid casting process is relatively complicated, and the composite quality is unstable; the surface spraying process has a thin composite thickness, high cost, and low bonding strength, which is prone to falling off under high stress
Due to many problems in this process, there is no precedent for large-scale industrialization and batch application in the manufacture of composite liners

Method used

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  • Composite lining with metal wire screen in nanometer structure and its production process
  • Composite lining with metal wire screen in nanometer structure and its production process
  • Composite lining with metal wire screen in nanometer structure and its production process

Examples

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preparation example Construction

[0037] The preparation process of the above-mentioned wire mesh composite liner 1 can be realized through the following steps:

[0038] a. Directly weave the overall wire mesh with metal wire (1);

[0039] b. Cut the wire mesh (1) according to the specification and size of the composite liner, and carry out pickling treatment;

[0040] c, prepare composite filler (2), this composite filler uses inorganic non-metal wear-resistant filler or metal wear-resistant filler;

[0041] d. Place the treated wire mesh (1) in the mold, vibrate on a three-dimensional vibration table, and inject the composite filler (2) into the wire mesh (1) under high pressure;

[0042] e. After vibration drying, curing molding, demoulding and trimming, the metal mesh composite liner is prepared.

[0043] Form 2: see figure 2 . The nano-structure wire mesh composite liner 2 is composed of a wire mesh (1) and a composite filler (2), and the wire mesh (1) is composed of a single-layer wire mesh into a m...

Embodiment 1

[0055] Preparation process of nanostructure wire mesh-inorganic non-metallic wear-resistant filler composite lining

[0056] For the process flow of preparing nanostructured wire mesh-inorganic non-metallic wear-resistant filler composite liner, see image 3 .

[0057] a. First, weave nanostructured wire mesh 1 according to the size of the liner, and process it according to the process;

[0058] b. Preparation of composite filler 2, the steps are: finely grind inorganic non-metallic wear-resistant fillers with high hardness such as silicon dioxide, aluminum oxide or silicon carbide to a fine powder of about 1um, and fully mix them with epoxy resin , and then add curing agent (ethylenediamine) and accelerator (DMP-30) for mixing to prepare wear-resistant filler slurry; the mixing ratio of epoxy resin, ethylenediamine, DMP-30, and filler is: 9-11 : 2.5~3.5: 0.09~0.12: 3.5~4.5;

[0059] c. Putting together, compressing and fixing the nanostructure wire mesh 1 into the mold (co...

Embodiment 2

[0063] Preparation process of nanostructure wire mesh-metal wear-resistant filler composite liner

[0064] For the process flow of preparing nanostructured wire mesh-metal wear-resistant filler composite liner, see image 3 .

[0065] a. First, weave nanostructured wire mesh 1 according to the size of the liner, and process it according to the process;

[0066] b. Prepare composite filler 2, the steps are: finely grind metal wear-resistant fillers with high hardness such as tungsten carbide to a fine powder of about 1um, fully mix with epoxy resin, and then add curing agent (ethylenediamine) Mix with accelerator (DMP-30) to prepare wear-resistant filler slurry; the mixing ratio of epoxy resin, ethylenediamine, DMP-30, and filler is: 9~11:2.5~3.5:0.09~0.12:3.5~ 4.5; steps c, d and e are the same as in Example 1.

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Abstract

The present invention discloses a kind of nano structure wire gauze composite lining plate and its preparation process. Said lining plate is made up by using wire gauze and compounded filing material through a compositive process. Said wire gauze can be integrally braided, also can be a multilayer structure pieced by using single-layer of wire gauze, said wire gauze can be placed in the interior of compounded filling material, then they are combined into a whole body. Said composite lining plate possesses high wear-resistance, water-resisting property, vibration-absorbing property and corrosion-resisting property, etc..

Description

Technical field [0001] The invention relates to a metal composite liner in the fields of general crushing, grinding, conveying, flotation, crushing, and environmental protection and a preparation process thereof, in particular to a nanostructure metal wire mesh composite liner and a preparation process thereof. technical background [0002] Lining plates on machinery such as crushing, milling, flotation, and conveying, which are widely used in metallurgy, mining, electric power, building materials, refractory materials, energy, and environmental protection, are the main wear parts. At present, there are three main series of materials that can be used to make liners: (1) Manganese steel series - only under high-load, high-impact wear conditions, its wear resistance can be fully exerted; (2) Multi-element low-alloy steel Series - the hardness of the matrix structure changes in the range of HV500--1000, which is lower than that of cementite and special carbide; (3) chromium ser...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B32B15/02B32B15/08
Inventor 许云华熊建龙
Owner XI'AN UNIVERSITY OF ARCHITECTURE AND TECHNOLOGY
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